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A single salesperson serves customers. For this salesperson, the discrete distribution for the time to serve one customer is as in Service table below). The discrete distribution for the time between customer arrivals is (as in the arrival time table below). Use the random numbers for simulation for the Interarrival supplied un the simulation table below). The random numbers for simulation service time are given in simulation table below: P00 Arrival Time (in Minutes) 1 0.01 all 0.42 b= 0.27 9 0.3 Customer Arrival Random Numberinterarrival Time Arrival Time Service Time Start Service Random NumberService Time Completion Time Waiting Time Time spent in System 7 0.67 3.57 3.57 1 0.19 5.43 9 0.76 10.57 13.22 0.47 4.35 13.35 2 5 7 0.81 3 0.45 The utilization Rate is:

A single salesperson serves customers. For this salesperson, the discrete distribution for the time to serve one customer is as in Service table below). The discrete distribution for the time between customer arrivals is (as in the arrival time table below). Use the random numbers for simulation for the Interarrival supplied un the simulation table below). The random numbers for simulation service time are given in simulation table below: P00 Arrival Time (in Minutes) 1 0.01 all 0.42 b= 0.27 9 0.3 Customer Arrival Random Numberinterarrival Time Arrival Time Service Time Start Service Random NumberService Time Completion Time Waiting Time Time spent in System 7 0.67 3.57 3.57 1 0.19 5.43 9 0.76 10.57 13.22 0.47 4.35 13.35 2 5 7 0.81 3 0.45 The utilization Rate is:

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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A single salesperson serves customers. For this salesperson, the discrete distribution for the time to serve one customer is as in Service table below). The discrete distribution for the time between customer arrivals is (as in the arrival time table below). Use the random numbers for simulation for the Interarrival supplied un the simulation table below). The random numbers for simulation service time are given in simulation table below: P00 Arrival Time (in Minutes) 1 0.01 all 0.42 b= 0.27 9 0.3 Customer Arrival Random Numberinterarrival Time Arrival Time Service Time Start Service Random NumberService Time Completion Time Waiting Time Time spent in System 7 0.67 3.57 3.57 1 0.19 5.43 9 0.76 10.57 13.22 4.35 13.35 0.47 2 5 7 0.81 3 0,45 The utilization Rate is:
Transcribed Image Text:A single salesperson serves customers. For this salesperson, the discrete distribution for the time to serve one customer is as in Service table below). The discrete distribution for the time between customer arrivals is (as in the arrival time table below). Use the random numbers for simulation for the Interarrival supplied un the simulation table below). The random numbers for simulation service time are given in simulation table below: P00 Arrival Time (in Minutes) 1 0.01 all 0.42 b= 0.27 9 0.3 Customer Arrival Random Numberinterarrival Time Arrival Time Service Time Start Service Random NumberService Time Completion Time Waiting Time Time spent in System 7 0.67 3.57 3.57 1 0.19 5.43 9 0.76 10.57 13.22 4.35 13.35 0.47 2 5 7 0.81 3 0,45 The utilization Rate is:
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